1Preface
829.4 Large Scale Vertical Farming
2Chapter 1. Introduction to Indoor Gardening
839.5 Space Travel - Food Grown in Outer Space
31.1 Personal Plants
849.6 Biological System as a complex network of biologically relevant entities.
41.2 Types of Indoor Plants
859.7 Exercise
51.2.1 Planter Box
86Chapter 10. Hydroponics
61.2.2 Lighting Systems
8710.1 What is Hydroponics?
71.3 Exercise
8810.2 What are its benefits?
8Chapter 2. History of Indoor Gardening
8910.3 The Nutrient Solution
92.1 Neolithic Origins
9010.4 Key Considerations
102.2 Hanging with Babylon
9110.5 Three Ways to Build a Homemade Hydroponics System
112.3 Egyptians, Greeks, and Romans
9210.5.1 Hydroponic Raft
122.4 Miniature Potted Plants
9310.5.2 Vertical Hydroponics
132.5 Renaissance Resurgence
9410.5.3 Aquaponics
142.6 Victorian Growth
9510.6 Exercise
152.7 Modern Era
96Chapter 11. Urban Agriculture Story From NASA Science to Indoor Gardening with Vertiponic
162.8 Exercise
9711.1 Who is behind Vertiponic?
17Chapter 3. Benefits of Indoor Gardening
9811.2 How Aeroponics Works
183.1 The Top 6 Benefits of Indoor Gardening
9911.3 Decoding High-Pressure Aeroponics Science
193.1.1 Better Air
10011.4 Next Step
203.1.2 Therapeutic
10111.5 Exercise
213.1.3 Fresh Herbs Right in Your Kitchen
102Chapter 12. Indoor Horticulture
223.1.4 Fresh, Pesticide-Free Fruit And Vegetables All Year Round
10312.1 Introduction
233.1.5 Mental Health Improvements
10412.2 Electric lighting has a growing influence in indoor horticulture
243.1.6 Anyone Can Do It, No Matter Their Condition
10512.3 A recent account of indoor light qualities on plant growth and development
253.2 Exercise
10612.3.1 Using Electric Lights To Cultivate Ornamental Plants
26Chapter 4. A Guide to Indoor Planning
10712.3.2 Using Electric Lights To Cultivate Crop Plants
274.1 Selecting a Location
10812.3.3 Using Electric Lights To Cultivate Fruits, Herbs, and Other Economically Valuable Plants
284.2 Stocking the Garden
10912.3.4 Electric Lights Affect Water Usage Efficiency of Plants
294.3 Plant Guide
11012.3.5 Using Electric Lights To Cultivate Model Plants and The Relevance of Such Studies
304.4 Plant Designations
11112.3.6 Mixed reports Across Model and Representative Crop Plants Require Molecular Validations
314.5 Setting the Plants
11212.3.7 Using Functional Genomics for Economic Gains
324.6 Exercise
11312.3.8 Functional Indicators Diagnostic of Light-induced Regimes
33Chapter 5. How to Care for the Garden
11412.3.9 Light Regimes Affect Hormonal-Related Gene Expression
345.1 Training Plants
11512.3.10 Light Regimes Influence Photosynthetic Apparatus-associated Genes
355.2 Conditioned Plants
11612.3.11 Influence of Light Regimes on the Protein Abundance
365.3 General Care
11712.4 A highly tailored approach to indoor plant cultivation
375.4 Fertilizing
11812.5 Exercise
385.5 Exercise
119Chapter 13. The Science of Indoor Gardening
39Chapter 6. Special Gardening
12013.1 The Rising Profile of CEA
406.1 Terrariums
12113.2 Farm Models Differ
416.2 Hanging Baskets
12213.3 Operational Challenges
426.3 Plants for Beginners
12313.4 Safety First
436.4 Other Care : 6.4.1 While you’re away
12413.5 Growth Agendas
446.5 Other Uses
12513.6 Can Indoor Farming feed The World?
456.6 Air Layering
12613.7 Exercise
466.7 Exercise
127Chapter 14. The Roots of Indoor Farming
47Chapter 7. Choosing Your Foliage Freinds and How to Make Them Feel at Home
12814.1 The Path to Growing Food Indoors
487.1 A Room of their Own
12914.2 The Present: Modern Farming Indoors
497.2 The Pick of the Crop
13014.2.1 Hydroponics
507.3 Signs of Health
13114.2.2 Aeroponics
517.3.1 What to look for
13214.2.3 Aquaponics
527.3.2 What to Avoid
13314.3 The Future Looks Ripe
537.4 Exercise
13414.3.1 Food Supply For A Growing Population:
54Chapter 8. Essential Factors To Consider for Indoor Gardening
13514.3.2 Water Scarcity:
558.1 Space
13614.3.3 Biodiversity:
568.2 Light
13714.4 Exercise
578.3 Selecting a Grow Light
138Chapter 15. The Market for Indoor Farming
588.4 Temperature
13915.1 Market Overview
598.5 Humidity
14015.2 Scope of the Report
608.6 Growing Medium
14115.3 Key Market Trends
618.7 Hydroponics
14215.3.1 A decrease in Global Per Capita Arable Land
628.8 Choosing Plants
14315.3.2 North America - The Largest Market for Indoor Farming
638.9 Moving Plants Outside
14415.3.3 Competitive Landscape
648.10 Moving Plants Inside
14515.4 Major Players
658.11 Maintenance
14615.5 Exercise
668.11.1 Watering
147Chapter 16. The Power of Water to Grow Food
678.11.2 Fertilizer/ Nutrients
14816.1 The need for innovative agriculture
688.12 Types of Indoor Gardening
14916.2 The invention of modern-day hydroponics
698.12.1 Container Gardening
15016.3 Hydroponics for a sustainable future
708.12.2 Hydroponics
15116.4 Unique offerings
718.12.3 Living Walls and Edible Walls
15216.5 Branching out
728.13 Necessities for Indoor Gardening
15316.6 Exercise
738.13.1 Space
154Chapter 17. New Tech Innovations for Growing Indoors
748.13.2 Light
15517.1 Automated Watering System
758.13.3 Soil and Nutrients
15617.2 LED Growing Lights
768.13.4 Water
15717.3 Aquaponics
778.14 Exercise
15817.4 Exercise
78Chapter 9. Vertical Farming
159Appendix
799.1 Introduction
160Glossary
809.2 Small Scale Vertical Food Growing: 9.2.1 Small Indoor Growing Systems
161Index
819.3 Shipping Container Growing Systems
